Financial Risk MCP Server

Financial Risk MCP Server

Enables portfolio risk assessment, sentiment analysis, and investment recommendations via MCP tools.

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README

Multi-Agent Financial Risk Intelligence Platform

Overview

The Multi-Agent Financial Risk Intelligence Platform is an AI-powered financial analytics system designed to provide portfolio insights, risk assessment, market sentiment analysis, and investment recommendations. The platform leverages real-time financial data, MCP (Model Context Protocol), and multiple specialized agents to simulate an intelligent financial assistant.

The system combines quantitative risk metrics such as Value at Risk (VaR) and Sharpe Ratio with qualitative insights from real-time financial news and sentiment analysis to deliver actionable recommendations.


Features

  • Portfolio Value Analysis
  • Stock Allocation Analysis
  • Sector Allocation Analysis
  • Volatility Analysis
  • Value at Risk (VaR) Calculation
  • Sharpe Ratio Computation
  • Real-Time Financial News Aggregation
  • Sentiment Analysis using TextBlob
  • Recommendation Agent
  • Chart Generation using Matplotlib
  • CSV Report Generation
  • MCP Server Integration
  • Streamlit Dashboard

Project Architecture

                    User
                      |
                      v
            Streamlit Dashboard
                      |
                      v
       Multi-Agent Financial System
                      |
    ------------------------------------------------
    |              |              |               |
Portfolio      Risk Agent     News Agent    MCP Server
 Agent             |               |              |
    |               |               |              |
    |           VaR Agent      Sentiment Agent     |
    |               |               |              |
    ------------------------------------------------
                      |
                      v
            Recommendation Agent
                      |
                      v
               Final Risk Report

Multi-Agent Workflow

Portfolio CSV
      |
      v
Portfolio Analysis
      |
      v
Volatility Analysis
      |
      v
Value at Risk (VaR)
      |
      v
Sharpe Ratio
      |
      v
News Agent
      |
      v
Sentiment Agent
      |
      v
Recommendation Agent
      |
      v
CSV Report + Dashboard

MCP Tools

The Financial Risk MCP Server exposes the following tools:

  • get_portfolio_value()
  • get_sharpe_ratio()
  • get_var()
  • get_sentiment()
  • get_latest_news()
  • get_recommendation()

Tech Stack

Category Technologies
Language Python
Data Processing Pandas, NumPy
Financial Data yFinance
NLP TextBlob
Visualization Matplotlib
Dashboard Streamlit
MCP FastMCP
News Source Google News RSS
Reporting CSV

Financial Metrics Implemented

Value at Risk (VaR)

Measures the maximum expected loss over a given period at a specified confidence level.

VaR = Mean Return - (Z-Score × Standard Deviation)

Sharpe Ratio

Evaluates risk-adjusted returns.

Sharpe Ratio =
(Average Return - Risk Free Rate)
                /
            Volatility

Volatility

Measures the variability of stock returns.

Volatility = Standard Deviation of Daily Returns

Folder Structure

multi-agent-financial-risk-intelligence-platform/
|
├── data/
│   └── portfolio.csv
|
├── charts/
│   ├── portfolio_allocation.png
│   ├── sector_allocation.png
│   └── daily_returns.png
|
├── dashboard/
│   └── app.py
|
├── reports/
│   └── report.csv
|
├── main.py
├── server.py
├── README.md
└── requirements.txt

Installation

Clone the repository:

git clone https://github.com/your-username/multi-agent-financial-risk-intelligence-platform.git

cd multi-agent-financial-risk-intelligence-platform

Install dependencies:

pip install -r requirements.txt

Running the Project

Run Portfolio Analytics

python main.py

Run MCP Server

python server.py

Run Streamlit Dashboard

streamlit run dashboard/app.py

Sample Output

Metric Value
Portfolio Value $98,052
Sharpe Ratio 0.13
Value at Risk $2,532
Sentiment Positive

Key Achievements

  • Developed an end-to-end financial risk analytics platform.
  • Implemented multiple specialized agents for risk assessment and market analysis.
  • Integrated MCP (Model Context Protocol) to expose financial tools.
  • Leveraged real-time financial data using Yahoo Finance and Google News RSS.
  • Built an interactive dashboard for portfolio visualization and monitoring.
  • Generated actionable investment recommendations using quantitative and qualitative analysis.

Conclusion

The Multi-Agent Financial Risk Intelligence Platform demonstrates the integration of financial analytics, artificial intelligence, multi-agent systems, and MCP-based tool orchestration to build an intelligent financial risk assessment solution.

The project provides a comprehensive view of portfolio performance by combining quantitative financial metrics with qualitative market intelligence, making it a practical application of AI in the financial domain.

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